Pure Wave Testing
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PURE and Spectra Slew Rate (T/s) Comparisons
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PURE and Spectra Slew Intensity (mT) Comparisons
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Purewave Spectral Content
Purewave Local Pillow Spectral Content
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Purewave Full Body Mat Electrosmog Test
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Purewave Local Applicator Electrosmog Test
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These are the test results from measuring the Spectra Apex HSR PEMF device. The measurements were performed using the NVE ALT021-10E-TR7 Quantum Well Hall Element sensor. The signal was read on an Oscilloscope. This test was performed such that for every gauss the sensor produces 460mV. The Intensity was set to the highest level.
The pulse rises in these measurements was very close to 1 ms. (1 millisecond).
The pulse rises in these measurements was very close to 1 ms. (1 millisecond).
Purewave Mat MAX Slew Rate and Intensity - 0"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 639 mV divided by 460mV per gauss equals 1.39 gauss intensity.
For this measurement, with a rise time of 1 ms, the slew rate is .139 T/S.
For this measurement, with a rise time of 1 ms, the slew rate is .139 T/S.
Purewave Mat CENTER Slew Rate and Intensity - 0"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 460 mV divided by 460mV per gauss equals 1.0 gauss intensity.
The pulse rise time in this measurement is 1.0 millisecond (ms).
So for this measurement, the slew rate is .1 T/S.
The pulse rise time in this measurement is 1.0 millisecond (ms).
So for this measurement, the slew rate is .1 T/S.
Purewave Mat Center Slew Rate and Intensity - 1"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 460 mV divided by 298mV per gauss equals .65 gauss intensity.
The pulse rise time in this measurement is 1.12 millisecond (ms).
So for this measurement, the slew rate is .058 T/S.
The pulse rise time in this measurement is 1.12 millisecond (ms).
So for this measurement, the slew rate is .058 T/S.
Purewave Mat Center Slew Rate and Intensity - 2"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 206 mV divided by 460mV per gauss equals .44 gauss intensity.
The pulse rise time in this measurement is .94 millisecond (ms).
So for this measurement, the slew rate is .047 T/S.
The pulse rise time in this measurement is .94 millisecond (ms).
So for this measurement, the slew rate is .047 T/S.
Purewave Mat Center Slew Rate and Intensity - 3"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 181 mV divided by 460mV per gauss equals .39 gauss intensity.
The pulse rise time in this measurement is .95 millisecond (ms).
So for this measurement, the slew rate is .041 T/S.
The pulse rise time in this measurement is .95 millisecond (ms).
So for this measurement, the slew rate is .041 T/S.
Purewave Mat Center Slew Rate and Intensity - 4"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 148 mV divided by 460mV per gauss equals .32 gauss intensity.
The pulse rise time in this measurement is 1.03 millisecond (ms).
So for this measurement, the slew rate is .031 T/S.
The pulse rise time in this measurement is 1.03 millisecond (ms).
So for this measurement, the slew rate is .031 T/S.
Purewave Mat Center Slew Rate and Intensity - 5"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 85 mV divided by 460mV per gauss equals .18 gauss intensity.
The pulse rise time in this measurement is .95 millisecond (ms).
So for this measurement, the slew rate is .019 T/S.
The pulse rise time in this measurement is .95 millisecond (ms).
So for this measurement, the slew rate is .019 T/S.
Purewave Local Applicator Center Surface (and Max) Slew Rate - 0"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 1314 mV divided by 460mV per gauss equals 2.86 gauss intensity.
The pulse rise time in this measurement is .35 millisecond (ms).
So for this measurement, the slew rate is .827 T/S.
The pulse rise time in this measurement is .35 millisecond (ms).
So for this measurement, the slew rate is .827 T/S.
Purewave Local Applicator Center Surface Slew Rate and Intensity - 1"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 600 mV divided by 460mV per gauss equals 1.3 gauss intensity.
The pulse rise time in this measurement is .28 millisecond (ms).
So for this measurement, the slew rate is .468 T/S.
The pulse rise time in this measurement is .28 millisecond (ms).
So for this measurement, the slew rate is .468 T/S.
Purewave Local Applicator Center Surface Slew Rate and Intensity - 2"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 303 mV divided by 460mV per gauss equals .66 gauss intensity.
The pulse rise time in this measurement is .33 millisecond (ms).
So for this measurement, the slew rate is .203 T/S.
The pulse rise time in this measurement is .33 millisecond (ms).
So for this measurement, the slew rate is .203 T/S.
Purewave Local Applicator Center Surface Slew Rate and Intensity - 3"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 170 mV divided by 460mV per gauss equals .37 gauss intensity.
The pulse rise time in this measurement is .33 millisecond (ms).
So for this measurement, the slew rate is .111 T/S.
The pulse rise time in this measurement is .33 millisecond (ms).
So for this measurement, the slew rate is .111 T/S.
Purewave Local Applicator Center Surface Slew Rate and Intensity - 4"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 119 mV divided by 460mV per gauss equals .26 gauss intensity.
The pulse rise time in this measurement is .45 millisecond (ms).
So for this measurement, the slew rate is .058 T/S.
The pulse rise time in this measurement is .45 millisecond (ms).
So for this measurement, the slew rate is .058 T/S.
Purewave Local Applicator Center Surface Slew Rate and Intensity - 5"
Below is the measurement on the surface at the point of maximum intensity (over the windings of the coil). The measured voltage was 75 mV divided by 460mV per gauss equals .16 gauss intensity.
The pulse rise time in this measurement is .4 millisecond (ms).
So for this measurement, the slew rate is .040 T/S.
The pulse rise time in this measurement is .4 millisecond (ms).
So for this measurement, the slew rate is .040 T/S.
